FlashHypothesisAnaAlg.cxx

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#include "FlashHypothesisAnaAlg.h"

void opdet::FlashHypothesisAnaAlg::SetOutputObjects(TTree *tree,
                                                    TH1F* h_h_p, TH1F* h_s_p, TH1F* h_c_p,
                                                    TH1F* h_h_l, TH1F* h_s_l, TH1F* h_c_l,
                                                    TH1F* h_h_t, TH1F* h_s_t, TH1F* h_c_t,
                                                    geo::Geometry const& geom)
{
  fTree = tree;
  fFHCompare.SetOutputObjects(tree,
                              h_h_p,h_s_p,h_c_p,
                              h_h_l,h_s_l,h_c_l,
                              h_h_t,h_s_t,h_c_t,
                              geom.NOpDets(),
                              false);

  fMCTAlg.SetOutputTree(tree,false);
}

void opdet::FlashHypothesisAnaAlg::FillOpDetPositions(geo::Geometry const& geom)
{

  fOpDetPositions_Y.resize(geom.NOpDets());
  fOpDetPositions_Z.resize(geom.NOpDets());

  double xyz[3];
  for(size_t i_opdet=0; i_opdet<geom.NOpDets(); i_opdet++){
    geom.Cryostat(0).OpDet(i_opdet).GetCenter(xyz);
    fOpDetPositions_Y[i_opdet] = (float)xyz[1];
    fOpDetPositions_Z[i_opdet] = (float)xyz[2];
  }

}

void opdet::FlashHypothesisAnaAlg::RunComparison(const unsigned int run,
                                                 const unsigned int event,
                                                 std::vector<sim::MCTrack> const& mctrackVec,
                                                 std::vector<sim::SimPhotons> const& simPhotonsVec,
                                                 Providers_t providers,
                                                 opdet::OpDigiProperties const& opdigip,
                                                 phot::PhotonVisibilityService const& pvs)
{
  auto const* geom = providers.get<geo::GeometryCore>();

  FlashHypothesisCollection fhc(geom->NOpDets());
  for(auto const& mctrack : mctrackVec){
    if(mctrack.size()==0) continue;
    std::vector<float> dEdxVector(mctrack.size()-1,fdEdx);
    fhc = fhc + fFHCreator.GetFlashHypothesisCollection(mctrack, 
                                                        dEdxVector,
                                                        providers,
                                                        pvs,
                                                        opdigip,
                                                        fXOffset);
  }
  
  fSPCAlg.InitializeCounters(*geom,opdigip);
  fSPCAlg.AddSimPhotonsVector(simPhotonsVec);

  fFHCompare.RunComparison(run,event,
                           fhc,fSPCAlg.GetSimPhotonCounter(fCounterIndex),
                           fOpDetPositions_Y,fOpDetPositions_Z);

  fMCTAlg.FillTree(run,event,mctrackVec);

  fTree->Fill();
}